Sill Optics Telecentric LED condenser

The collimated transmitted light (or backlight) improves edge detection to help achieve a higher measurement accuracy. In combination with telecentric lenses they reduce reflections and scattered light on the object's edges.

The terms collimated illumination, telecentric illumination or condenser illumination are synonymous. By using a suitable lens in front of the LED light source a parallel beam path illuminates the object.

The Basic series of telecentric illumination is the first generation condenser series from Sill, which has a lower output but is still in demand.

Standard

The Standard series of telecentric illumination provides excellent homogeneity at longer working distances as well as a higher maximum power compared to the other telecentric illuminators from Sill. The intensity of this condenser series can be manually adjusted, directly on the unit, with a screwdriver (10-100%).

Overdrive

The Overdrive series of telecentric illumination includes a high power LED which can be operated in continuous, strobe, or overdrive mode.

Specifications

Basic

Operating modes: continuous and strobe

Colour: red (660 nm), green (520 nm), blue (472 nm)

Clear aperture: 10 mm to 170 mm

Focal length: 13 mm to 170 mm

Max. outer diameter: between 20 mm and 183 mm

Lengths between: 66.1 mm and 268.5 mm

Voltage: 12 - 24 V

Current: 20 mA

Connector: M8 / 3-pin or a cable with flying leads (PG7) the condenser series with M8/3-pin has a plug at the housing, so a separate cable is required

Miscellaneous: different LED risk groups, depending on the condenser (DIN EN 62471:2009-03),

Standard

Colour: red (632 nm), green (528 nm), blue (470 nm) and IR (850 nm)

Clear aperture: 31 mm to 325 mm

Focal length: 27.8 mm to 367.5 mm

Max. outer diameter: Between 47 mm and 346 mm

Length: between 98.3 mm to 467.7 mm

Voltage: 12 - 24 V

Max. flash voltage: 5 - 24 V

Max. power consumption: 4.4 W

Connector: M8 / 4-pin male the condenser series has a plug at the housing, so a separate cable is necessary.

Miscellaneous: different LED risk groups, depending on the condenser (DIN EN 62471:2009-03),